def is_invalid_id(num):
	# print("Testing", num)
	num_str = str(num)
	num_len = len(num_str)
	for period in range(1, num_len):
		# print("period =", period)
		# Period should be a factor of num_len
		if num_len % period != 0:
			continue

		# Start with True, make False when it fails
		palin = True
		for idx in range(period, num_len, period):
			# print("idx =", idx)
			# print(num_str[:period], "=?=", num_str[idx:idx + period])
			if num_str[:period] != num_str[idx:idx + period]:
				# print(False)
				palin = False
				# print(False)
		if palin:
			# print("Returning palin")
			return True
	
	# No period has yielded repetition:
	return False
			
if __name__ == "__main__":
	with open("input", "r") as fp:
		rangestrs = fp.read().split(",")
		ranges = []
		for rangestr in rangestrs:
			a, b = rangestr.split("-")
			a_int, b_int = int(a), int(b)
			ranges.append((a, b))
			assert a_int < b_int, f"Range invalid: {a} is not smaller than {b}"

		illegal_counter = 0
		illegal_sum = 0
		for a, b in ranges:
			a_int, b_int = int(a), int(b)
			for num in range(a_int, b_int + 1):
				if is_invalid_id(num):
					print(num, "is a palindrome thing")
					illegal_counter += 1
					illegal_sum += num
				# num_str = str(num)
				# num_len = len(num_str)
				# palin = False
				# # Look at the different options for lengths
				# for partlen in range(2, num_len + 1):
				# 	# Only continue if it's a factor
				# 	if num_len % partlen != 0:
				# 		continue
				# 	for idx in range(partlen, num_len, partlen): 
				# 		if num_str[:partlen] == num_str[idx:idx + partlen]:
				# 			continue
				# 		palin = True
				# 		break
				# if palin:
				# 	print(num_str, "is a palindrome thing")
				# 	illegal_counter += 1
				# 	illegal_sum += num

		print(illegal_counter, illegal_sum)